condmat-200901 新词(合成词)列表

这里只显示在超过10篇文章中出现的候选词(前100个)

编号	候选名词	总数	文章数	重复频率	词频弥散	来源期刊
1	external electric field	31	11	3.0	0.00564	0901.4177,0901.3479,etc
2	quantum interference	54	16	3.467	0.005561	0901.4177,0901.0691,etc
3	Hall effect	76	17	4.688	0.005231	0901.0050,0901.0053,etc
4	momentum distribution	76	12	5.909	0.004963	0901.1760,0901.4641,etc
5	gap function	53	15	2.5	0.004806	0901.2701,0901.0398,etc
6	edge state	157	20	8.211	0.004599	0901.0050,0901.1345,etc
7	band gap	122	27	4.5	0.003864	0901.2973,0901.0093,etc
8	Mott transition	35	12	3.091	0.003783	0901.0738,0901.1760,etc
9	triplet state	36	11	2.8	0.003559	0901.3544,0901.2893,etc
10	dielectric function	47	12	4.182	0.00338	0901.0093,0901.4521,etc
11	vertex correction	35	11	3.4	0.00331	0901.3530,0901.2701,etc
12	quantum dot	179	43	4.238	0.003277	0901.3339,0901.4702,etc
13	wave pairing	65	16	4.267	0.003273	0901.4802,0901.0005,etc
14	coordination number	44	13	3.583	0.003145	0901.2973,0901.2287,etc
15	vortex core	64	15	3.286	0.003026	0901.2701,0901.2329,etc
16	Andreev reflection	49	11	4.8	0.002896	0901.1558,0901.0398,etc
17	disorder strength	37	12	2.364	0.002876	0901.3530,0901.4852,etc
18	magnetic structure	55	22	2.571	0.002832	0901.3339,0901.0738,etc
19	surface tension	74	14	5.615	0.002813	0901.1823,0901.1844,etc
20	superconducting order parameter	57	22	2.667	0.002811	0901.3363,0901.3139,etc
21	electron transport	40	13	3.25	0.002794	0901.3238,0901.3965,etc
22	ferromagnetic state	39	14	2.923	0.002744	0901.4177,0901.4415,etc
23	optical lattice	196	40	4.718	0.002729	0901.3696,0901.1345,etc
24	quantum wire	35	11	3.4	0.002714	0901.1183,0901.4182,etc
25	inversion symmetry	35	16	2.267	0.002692	0901.0859,0901.4453,etc
26	electric field	184	61	3.033	0.002654	0901.4177,0901.4274,etc
27	differential conductance	54	17	3.25	0.002631	0901.1558,0901.0398,etc
28	bilayer graphene	49	12	4.273	0.002539	0901.2803,0901.0485,etc
29	external magnetic field	152	61	2.517	0.002524	0901.3537,0901.3031,etc
30	graphene layer	69	17	3.75	0.002506	0901.2627,0901.0485,etc
31	surface state	56	12	4.818	0.002486	0901.0379,0901.1523,etc
32	doping level	48	16	3.067	0.002469	0901.4177,0901.2654,etc
33	thin film	84	26	3.0	0.002445	0901.2299,0901.1844,etc
34	Kondo effect	37	16	2.4	0.002417	0901.0016,0901.1685,etc
35	Green' function	176	50	3.531	0.002362	0901.3286,0901.3339,etc
36	normal phase	67	13	5.417	0.002346	0901.3770,0901.0398,etc
37	superconducting transition	43	18	2.471	0.002322	0901.0238,0901.3139,etc
38	double occupancy	40	11	3.9	0.002321	0901.3696,0901.4415,etc
39	quantum correction	32	11	3.1	0.002314	0901.3259,0901.4245,etc
40	Cooper pair	83	27	3.115	0.00229	0901.2654,0901.4096,etc
41	normal state	192	51	3.8	0.002283	0901.3148,0901.2654,etc
42	superconducting state	196	47	4.217	0.002237	0901.2654,0901.3519,etc
43	water molecule	61	15	4.286	0.002216	0901.1823,0901.1844,etc
44	Dirac point	75	24	3.217	0.002195	0901.3530,0901.2627,etc
45	pairing symmetry	71	20	3.684	0.002163	0901.4096,0901.3530,etc
46	gate voltage	87	35	2.412	0.002133	0901.4177,0901.3520,etc
47	real part	99	48	2.064	0.002111	0901.3696,0901.1271,etc
48	electronic structure	180	60	3.034	0.002081	0901.4177,0901.2973,etc
49	quantum point contact	27	12	2.273	0.002027	0901.3520,0901.1183,etc
50	bias voltage	120	38	3.108	0.002026	0901.0691,0901.2627,etc
51	optical response	34	12	3.0	0.001999	0901.0093,0901.4167,etc
52	wave superconductor	81	25	3.25	0.001978	0901.1558,0901.2654,etc
53	heat bath	34	13	2.75	0.001963	0901.2282,0901.3428,etc
54	volume fraction	45	11	4.2	0.001953	0901.2254,0901.3139,etc
55	exchange interaction	106	42	2.561	0.001947	0901.4177,0901.4528,etc
56	phase boundary	72	28	2.63	0.001923	0901.0859,0901.4385,etc
57	localized state	59	18	3.412	0.001882	0901.4956,0901.0691,etc
58	gap equation	34	13	2.75	0.001864	0901.3363,0901.2701,etc
59	temperature dependence	288	97	2.906	0.001854	0901.2299,0901.2654,etc
60	Feshbach resonance	53	20	2.684	0.001849	0901.3770,0901.1760,etc
61	hole pocket	55	15	3.429	0.001828	0901.0238,0901.0398,etc
62	magnetic order	111	41	2.7	0.001824	0901.0738,0901.2701,etc
63	cold atom	53	20	2.737	0.001809	0901.3696,0901.4110,etc
64	superfluid state	38	16	2.467	0.001793	0901.3148,0901.4600,etc
65	conduction electron	72	19	3.667	0.001783	0901.3339,0901.2627,etc
66	critical behavior	55	20	2.789	0.001781	0901.2254,0901.2701,etc
67	magnetic state	51	16	3.333	0.001774	0901.0437,0901.3139,etc
68	triangular lattice	50	14	3.615	0.001757	0901.1533,0901.4803,etc
69	fermionic atom	24	11	2.3	0.001748	0901.1760,0901.4693,etc
70	square lattice	159	48	3.34	0.001723	0901.1345,0901.4415,etc
71	imaginary part	111	51	2.2	0.001719	0901.1558,0901.0083,etc
72	two-level system	41	16	2.667	0.001697	0901.3696,0901.2246,etc
73	power law	103	39	2.632	0.001695	0901.0387,0901.2349,etc
74	superfluid phase	58	21	2.85	0.001669	0901.3770,0901.4600,etc
75	effective model	33	15	2.214	0.00166	0901.4482,0901.0005,etc
76	recursion relation	34	11	3.3	0.001598	0901.3696,0901.3473,etc
77	tunnel junction	24	12	2.091	0.001551	0901.0083,0901.0491,etc
78	magnetic susceptibility	64	28	2.296	0.00155	0901.0158,0901.3642,etc
79	structural transition	45	17	2.625	0.001505	0901.0738,0901.3139,etc
80	liquid phase	42	12	3.273	0.001482	0901.1823,0901.2130,etc
81	free energy density	34	12	2.727	0.001474	0901.2254,0901.0502,etc
82	Bose gas	31	15	2.143	0.001458	0901.2943,0901.4353,etc
83	local moment	44	15	2.929	0.001449	0901.4177,0901.3247,etc
84	structure factor	67	18	3.824	0.001446	0901.3649,0901.2803,etc
85	phonon mode	24	12	2.091	0.00144	0901.3145,0901.3045,etc
86	Fe atom	33	11	2.9	0.001417	0901.3139,0901.3784,etc
87	band structure	150	62	2.443	0.001414	0901.4177,0901.2973,etc
88	normal metal	53	26	2.04	0.001412	0901.1558,0901.3363,etc
89	effective action	63	19	3.444	0.001401	0901.3530,0901.1459,etc
90	quantum phase transition	91	41	2.25	0.0014	0901.4385,0901.1623,etc
91	spectral weight	77	30	2.414	0.001396	0901.2654,0901.3784,etc
92	time reversal symmetry	39	17	2.375	0.001392	0901.1271,0901.1164,etc
93	Landau level	63	22	2.952	0.001392	0901.3520,0901.2712,etc
94	first order transition	39	19	2.111	0.001361	0901.1271,0901.1823,etc
95	thermodynamic limit	188	55	3.444	0.001356	0901.4177,0901.3696,etc
96	parent compound	37	18	2.118	0.001347	0901.0896,0901.3139,etc
97	percolation threshold	35	11	3.3	0.001325	0901.4563,0901.0315,etc
98	open boundary	33	12	2.909	0.001316	0901.4177,0901.3145,etc
99	CuO plane	55	12	4.909	0.001308	0901.4406,0901.3145,etc
100	collective excitation	45	12	4.0	0.001304	0901.4528,0901.3438,etc